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Numerical simulation of effective mechanical properties of stochastic composites with consideration for structural evolution under intensive dynamic loading

Karakulov, Valerii V ; Smolin, Igor Yu ; Skripnyak, Vladimir A

AIP Conference Proceedings, 2014, Vol.1623 (1), p.240 [Periódico revisado por pares]

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Título:
Numerical simulation of effective mechanical properties of stochastic composites with consideration for structural evolution under intensive dynamic loading
Autor: Karakulov, Valerii V ; Smolin, Igor Yu ; Skripnyak, Vladimir A
Assuntos: ALUMINIUM ; Aluminum oxide ; Boron carbide ; Ceramic bonding ; CERAMICS ; Cermets ; CHARS ; COMPOSITE MATERIALS ; Computer simulation ; COMPUTERIZED SIMULATION ; CONCENTRATION RATIO ; DEFORMATION ; DYNAMIC LOADS ; Evolution ; INCLUSIONS ; LOADING ; MATERIALS SCIENCE ; MATRIX MATERIALS ; MECHANICAL PROPERTIES ; SHOCK WAVES ; SILICON CARBIDES ; STOCHASTIC PROCESSES
É parte de: AIP Conference Proceedings, 2014, Vol.1623 (1), p.240
Descrição: Mechanical behavior of stochastic metal-ceramic composites with the aluminum matrix under high-rate deformation at shock-wave loading is numerically simulated with consideration for structural evolution. Effective values of mechanical parameters of metal-ceramic composites Al<private-char description='Single_Bond' name='Single_Bond' value='Single_Bond'/>B4C, Al<private-char description='Single_Bond' name='Single_Bond' value='Single_Bond'/>SiC, and Al<private-char description='Single_Bond' name='Single_Bond' value='Single_Bond'/>Al2O3 are evaluated depending on different concentration of ceramic inclusions.
Editor: Melville: American Institute of Physics
Idioma: Inglês

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